How can we solve that question I think there is mistake made !!! please I want step by step Finally, OB = xBr coso+ 1² –r² sin? » .The speed v, with which the slider's position x, is changing can be determined bydifferentiating xg with respect to the time t:Applying the chain rule:VR =dtdx - dxB x-dodoand considering thatdtdødtresults indx; doV B1sin p+(-2,Psin øcos p) |x@ip opp² sin(2@)2/1 -r sin' 4sin²VB-r sin o a) Consider the crank-slider mechanism in Figure Q3.a. The symbols r and s standfor the length of the crank and the length of the connecting rod, correspondingly.- Determine the distance OB of the slider from O if p=t/3 rad, r =0.04 m ands=0.08m.- Determine the linear velocity of point B on the slider (with respect to time) whenp=t/3 rad, if the crank OA is rotating with a constant angular velocity of w=17rad/s.ABFigure Q3.a

Calculated the distance of OB of the slider from O. And calculated linear velocity of point B on…

a) Consider the crank-slider mechanism in Figure Q3.a. The symbols r and s stand for the length of the crank and the length of the connecting rod, correspondingly. - Determine the distance OB of the slider from O if p=T/3 rad, r =0.04 m and s=0.08m. - Determine the linear velocity of point B on the slider (with respect to tìme) when p=T/3 rad, if the crank OA is rotating with a constant angular velocity of w=17 rad/s. A S B Figure Q3.a

a) Consider the crank-slider mechanism in Figure Q3.a. The symbols r and s stand for the length of the crank and the length of the connecting rod, correspondingly. - Determine the distance OB of the slider from O if p=T/3 rad, r =0.04 m and s=0.08m. - Determine the linear velocity of point B on the slider (with respect to tìme) when p=T/3 rad, if the crank OA is rotating with a constant angular velocity of w=17 rad/s. A S B Figure Q3.a

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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